TE Technology TC-36-25-RS485 - Manual (Page 24)

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a) TS‐141 5K, control temperature range: ‐40 °C to +70 °C
b) TS‐67, TS132 15K, control temperature range: ‐20 °C to +100 °C
c) TS‐91 10K, control temperature range: ‐20 °C to +85 °C
d) TS‐165 230K, control temperature range: +25 °C to +250 °C
e) TS‐104 50K, control temperature range: 0 °C to 150 °C
f) MEAS 44031RC 10K, control temperature range: 0 °C to +70 °C
NOTE: Select TS‐67, TS132 15K when using the supplied MP‐3193 sensor or one of the other sensors listed in
Appendix C “Thermistor Styles for TC‐36‐25.” This will provide a control range of ‐20 °C to +100 °C. However,
remember that depending on the type of TE device you have, it might not be suitable for operation at
temperatures greater than 70 °C.
If you have an existing 10K Ohm thermistor, the TS‐91 10K might be equivalent. The TS‐91 10K is equivalent to the
10K ohm thermistor; curve “B” from Measurement Specialties, Inc.
Contact TE Technology if you need a sensor that uses a temperature scale different from the “TS‐67, TS132 15K”.
If you are using two thermistors with the controller, they must have the same resistance versus
temperature characteristics. Also be sure that you have selected the correct sensor type. Otherwise a
dangerous condition could exist because the actual temperature could be higher or lower than the
temperature being interpreted by the controller.
2.4
CONTROLLER OPTIONS
2.4.1 EEPROM WRITE ENABLE
Upon a power‐up or reset condition, the controller performs an initialization of all command variables that have
write commands. The controller transfers the last values stored in non‐volatile memory (EEPROM) to
appropriately referenced static RAM locations. This action is performed so that the controller can run faster (RAM
is faster than ROM). This also allows the controller to run as a stand‐alone controller, separate from the computer.